Gamification of Computer Programming Tasks to Promote the Growth Mind-Set in a Disadvantaged School

Gamification of Computer Programming Tasks to Promote the Growth Mind-Set in a Disadvantaged School

Garry Gorman, Nigel McKelvey, Thomas C. Dowling
Copyright: © 2022 |Pages: 24
DOI: 10.4018/IJGBL.287827
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Abstract

This paper describes a growth mind-set intervention with Junior Cycle Coding students in a disadvantaged school in Ireland. This intervention builds on the work of O’Rourke et al. (2016) and applies findings to a computer programming setting where gamification is used to incentivise growth mind-set behaviour in students learning to code. Data revealed a large drop in the perseverance of effort with the control group while learning computer programming. Significantly, the intervention shielded the focus group from experiencing the same drop while learning to code. This research found an increase in the growth mind-set behaviour as the intervention progressed. Additionally, the study revealed that some game elements were effective at incentivising growth mind-set behaviour like perseverance, while others were less successful. These findings are important for educators to consider when they find their Coding students showing a helpless response to challenge as this research sets out a clear path to successfully incentivise persistence and changing strategy in the face of challenge.
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2. Literature Review

Dweck (2017) argued that there are two different types of mind-set, the growth mind-set and the fixed mind-set. A fixed mind-set person believes that their qualities are set in stone and feels the need to prove their abilities repeatedly. Students with a fixed mind-set believe that their intelligence and qualities are a fixed entity, and it becomes important to them to prove to themselves and to others that they have these qualities. Students with a fixed mind-set will go to great lengths to appear competent or successful even going as far as cheating (Ehrlinger et al., 2016). In contrast, when a student believes that their intelligence and ability can grow and develop through effort, persistence and hard work, this is the growth mind-set (Dweck, 2017). When learning computer programming, growth mind-set students are more likely to show a mastery response to challenge, to take a risk and to view mistakes as part of the learning process (Murphy & Thomas, 2008; Kizilcec & Goldfarb, 2019). Students with a growth mind-set respond best to learning goals, set goals for themselves and stick to them in the event of a setback (Dweck, 2016). These students are determined to become smarter, stronger and get better and their thoughts and actions are led by this desire (Dweck, 2016). All in all, holding a growth mind-set leads to higher performance, motivation and perseverance inside and outside the classroom (Dweck, 2016).

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